VM
Victor Mukherjee
Creator of Helsinki — 2D finite-element solver for electric machines
This is part of my hobby project — a 2D nonlinear finite-element solver for electric machines, built for fast, accurate motor-design exploration right in the browser. It covers a range of topologies, windings, cooling layouts and analysis modes:
✓ Validated
Cross-checked with Ansys Maxwell 2D — within 2% on torque and operating KPIs for identical inputs.
☁ Cloud-ready
A browser-based calculation tool, fully cloud-ready and scalable on a microservice-based architecture.
⚙ Applications
Rotating actuators, electric vehicles, and other high-performance electric drives.
Advanced version (not in this production build)
A more advanced version performs higher-order statistical analysis such as Uncertainty Quantification, and builds surrogate models via order reduction or machine-learning models (XGBoost, RNN). Pre-built FMU generation is also on the roadmap.
This is a private tool I use for my own research and for educational purposes with my students. I'm glad to discuss the different technical layers behind it — feel free to reach out.
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